Split Shaft Collars for 32mm Rods (52mm OD) - 4pc Industrial Clamp Set

Each hole collar is made of carbon steel, high strength, strong locking force, black oxide plating anti-corrosion and durability. Round bore collars are common use as positioners, spacers, stops and bearing surfaces.Double-split design collar provides a firm and stable fit onto the shaft, preventing components from sliding or moving out of position without damaging the shaft.Using high-strength inner hexagonal screws, the locking force is strong, stable and firm without slipping.Quickly installed by sliding the collar onto the shaft and tightening the set screw, it can be easily removed or adjusted, reducing downtime.Clamping collars are suitable for various machinery and industries, such as drive shafts, agricultural implements, gearbox assemblies, motor bases, machine tools, steel plant equipment, the automotive industry, manufacturing and other industries.

• Size - The round hole shaft collar is 2-1/16 inch outside diameter, 1/2 inch wide (thick) for 1-1/4 inch rod. Double-split design collar provides a firm and stable fit onto the shaft, preventing components from sliding or moving out of position without damaging the shaft.
• Material - Each hole collar is made of carbon steel, high strength, strong locking force, black oxide plating anti-corrosion and durability. Round bore collars are common use as positioners, spacers, stops and bearing surfaces.
• Usage - Quickly installed by sliding the collar onto the shaft and tightening the set screw, it can be easily removed or adjusted, reducing downtime.
• Applications - Clamping collars are suitable for various machinery and industries, such as drive shafts, agricultural implements, gearbox assemblies, motor bases, machine tools, steel plant equipment, the automotive industry, manufacturing and other industries.
• Package Contents - You will receive 4pcs shaft collars and 8pcs set screws. Using high-strength inner hexagonal screws, the locking force is strong, stable and firm without slipping.